technical scoping report- nfa u.p....requirement for the lighting load was estimated to be...

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Supported by

NFA

Technical Scoping Report-

NFA U.P.

Final Report

Project Code 2010DG02

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© The Energy and Resources Institute 2013

Suggested format for citation

T E R I. 2013

Technical Scoping Report - NFA U.P.

New Delhi: The Energy and Resources Institute.

For more information

Project Monitoring Cell

T E R I Tel. 2468 2100 or 2468 2111

Darbari Seth Block E-mail [email protected]

IHC Complex, Lodhi Road Fax 2468 2144 or 2468 2145

New Delhi – 110 003 Web www.teriin.org

India India +91 • Delhi (0)11

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IInnttrroodduuccttiioonn

The Norwegian Framework Agreement (NFA) between the Norwegian Ministry of Foreign

Affairs (MFA) and TERI aims at addressing national and global concerns of energy security and climate change through a cooperative effort between TERI, Norwegian and other third

party institution.

Under this TERI is implementing the project “Clean Energy Interventions for Livelihood Enhancement in Rural India” under the project “Innovating to bring clean energy for

livelihood generation in India” that intrudes in the rural areas of the states of Uttar

Pradesh, Odisha, Assam and Madhya Pradesh.

The project aims towards enhancing rural livelihoods via provisions of renewable based

technologies. Uttar Pradesh has been identified as one among the four states for

interventions assessing the poor rural electrification scenario. To promote renewable energy for livelihoods on sustainable basis, it is binding to develop a business model where the

rural inhabitants themselves invest, operate and are able to generate revenue from the

renewable based enterprise.

Figure 1: District map of Uttar Pradesh. The red circle marks the five districts for the

project sites

Reconnaissance visits to various locations inferred need for lighting facilities during evening hours to facilitate livelihood activities such as handloom, handicraft, pottery, poultry and

rural shops.

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To fulfil this demand in total 34 energy providers1 at various locations covering five

districts are identified. The system capacities have been decided ranging from 60 Wp to 800 Wp depending on the Energy Provider’s ability to invest and number of end users willing to

take up connections. As per date, the approximate number of potential end users stands at

1400.

The Energy Provider charges a monthly fee in lieu of electricity service and delivery. A part

of revenue collected is utilized for the operation and maintenance of the equipment and the

rest can be the source of income generation for the entrepreneur. The consumers can use the electricity for activities related to livelihood generation, adding to the existing revenue

generation and their socio-economic upliftment.

Table 1: List of villages and the no. of connections.

SL Name of

Entrepreneur

SITE No of

connection

End user

category

Village Block District In number

1 Anil Kumar

Shukla

Shivgarh Shivgarh Rai Bareli 95 shops

2 Lakshmi Prasad Kalu khera Asoha Unnao 100 shops

3 Pawan Kumar

Tiwari

Pure

Tiwaripur

Triwediganj Barabanki 20 households

4 Ashish Dikshit Amilahara Haidergarh Barabanki 20 households

5 Indra Mohan

Singh

Gulalpur Haidergarh Barabanki 20 households

6 Kapil Dubey Misrauli Jagdishpur CSM

Nagar

20 households

7 Ram Krishna dakhin goan Jagdishpur CSM

Nagar

20 households

8 Mewa Lal Imli goan Jagdishpur CSM

Nagar

20 households

0 Sidharth Mishra Phanhuna Singhpur CSM

Nagar

40 shops

10 Sidharth Mishra Phanhuna Singhpur CSM

Nagar

40 shops

11 Shah Alam

Ansari

Kintoor Siroli Barabanki 25 handicraft

units

1 Energy provider is a villager who is capable and agrees to invest and operate solar micro grid under the above mentioned project

3

SL Name of

Entrepreneur

SITE No of

connection

End user

category

12 Md. Naushad

Ahmad

Chaksikhti,

PO

Islampura

Sathiyaon Azamgarh 100 handloom

units

13 Md. Shareef naveda Sathiyaon Azamgarh 40 handloom

units

14 Md. Bailal rasoolpur Sathiyaon Azamgarh 20 handloom

units

15 Virendra

Kumar Verma

Bhawanigarh Shivgarh Rai Bareli 40 shops

16 Rajendra

Prasad

Zamalpur,

rampur

Bahadurpur CSM

Nagar

40 shops

17 Md. Tasleem

Quraishi

Bhatgoanva Gauriganj CSM

Nagar

40 shops

18 Surendra

Kumar Singh

Purabgoan,

jagdishpur

Gauriganj CSM

Nagar

40 shops

19 Ayodha prasad jamo jamo CSM

Nagar

40 shops

20 Ayodha prasad jamo jamo CSM

Nagar

80 shops

21 Rahul Gupta Mohna Bajarsukul CSM

Nagar

40 shops

22 Mehdi hasen Pure zalim Musaffir

khana

CSM

Nagar

40 shops

23 Sushil Kumar

jaiswal

kadipur Sidhaur Barabanki 40 shops

24 Madan Gopal Asandra Sidhur Barabanki 40 shops

25 Dinesh Kumar

pandey

Pure pandey,

saidpur

mawai Faizabad 40 shops

26 Ramji Kaushal Tursampur,

PO Palpur

Amniganj Faizabad 40 shops

27 Dinesh pal Godiyan ka

purva

jagdishpur CSM

Nagar

10 households

28 Sukhdev

Prashad

Mejarganj Rahi Rai Bareli 40 shops

29 Sikandar

Kaushal

Raniganj Jagdishpur CSM

Nagar

100 shops

4

SL Name of

Entrepreneur

SITE No of

connection

End user

category

30 Ashok Tiwari Badosarai Siroli Barabanki 40 shops

31 Ram Milan Bamhrauli Haidergarh Barabanki 20 households

32 Ram Sukh

Varma

Manikapur Triwediganj Barabanki 40 shops

33 Nanhe Babu Katehti Jagdishpur CSM

Nagar

10 poultry

34 Vikas Jaiswal Rasoolpur

chauraha

Sidhaur Barabanki 40 shops

TOTAL 1400

This report covers the resource assessment and technology feasibility analysis to find out the suitable technology to be installed.

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MMeetthhooddoollooggyy

Resource assessment.

Load assessment.

Selection & Design of Technology.

Techno-economic details

Clean Energy Resource Assessment

Planning and operation of renewable energy conversion system needs a detailed knowledge

of the availability of energy resources.

The average annual solar radiation in Uttar Pradesh ranges between 4.0 to 7 kWh/m2/day (source:- solar resource map, SEC, MNRE).

Uttar Pradesh, because of its sub-tropical geographical location between latitude 26.8500°

N, 80.9100° E, receives an abundance of solar radiation throughout the year except for some interruption during the monsoon and winter seasons.

The solar resource potential of the project sites was ascertained from the data available via

RETScreen(NASA).

Unnao: Month Air Dai ly Solar Radiation

Temp°C kWh/m2/d

January 16 4.06

February 19.7 5.15

March 25.4 6.31

April 29.6 7.14

May 30.3 6.5

June 29.9 5.69

July 28.3 4.6

August 27.8 4.58

September 26.4 4.58

October 23.9 5.15

November 20.6 4.54

December 16.8 3.98

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Raebareli:

Month Air Daily Solar Radiation

Temp °C kWh/m2/d

January 15.9 3.81

February 19.6 4.88

March 25.4 6.03

April 30.1 6.61

May 31.2 6.69

June 30.7 5.84

July 28.7 4.74

August 28 4.47

September 26.6 4.57

October 24.3 4.93

November 20.8 4.35

December 16.8 3.72

Faizabad:

Month Air Dai ly Solar Radiation

Temp °C kWh/m2/d

January 16 4.06

February 19.7 5.15

March 25.4 6.31

April 29.6 7.14

May 30.3 6.52

June 29.9 5.69

July 28.3 4.62

August 27.8 4.58

September 26.4 4.58

October 23.9 5.15

November 20.6 4.54

December 16.8 3.98

Azamgarh:


Temp °C kWh/m2/d

January 16.2 4.04

February 19.8 5.18

March 25.2 6.38

April 28.9 7.13

May 29.3 7.3

June 29.2 6.07

July 27.9 4.65

August 27.5 4.59

September 26.2 4.58

October 23.7 5.15

November 20.6 4.73

December 17.1 4.01

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Barabanki:


Temp °C kWh/m2/d

January 15.9 3.81

February 19.6 4.88

March 25.4 6.03

April 30.1 6.61

May 31.3 6.69

June 30.7 5.84

July 28.7 4.74

August 28 4.47

September 26.6 4.57

October 24.3 4.93

November 20.8 4.35

December 16.8 3.73

Sultanpur:


Temp °C kWh/m2/d

January 16 4.06

February 19.7 5.15

March 25.4 6.31

April 29.9 7.14

May 30.3 6.52

June 29.9 5.69

July 28.3 4.62

August 27.8 4.58

September 26.4 4.58

October 23.9 5.15

November 20.6 4.54

December 16.8 3.98

Load assessment:

Current Energy Scenarios

As of now Independent System Operators (ISO’s) were providing lighting services to the

village population in these areas by running a conventional diesel generator. The ISO’s charged the end users Rs. 5 to Rs. 8 per day for one light point, which totals to Rs.150 to

Rs.240 per month from each end user. The technological interventions made would replace

the use of these diesel generators which are not environmental friendly with clean lighting solutions.

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The load assessment for the project site is depicted in the following table:

SITE-Village Connections End user No of No of No of hours Load

(In no.) category 3W LED 2W LED 1 W LED (kwh)

Shivgarh 95 shops 95 4 1.14

Kalu khera 100 shops 100 4 1.2

Pure Tiwaripur 20 households 20 20 4 0.24

Amilahara 20 households 20 20 4 0.24

Gulalpur 20 households 20 20 4 0.24

Misrauli 20 households 20 20 4 0.24

Dakhin goan 20 households 20 20 4 0.24

Phanhuna 40 shops 40 4 0.48


Kintoor 25 handicraft units 25 25 5 0.375

Chaksikhti, PO Islampura100 handloom units 100 100 5 1.5

Naveda 40 handloom units 40 40 5 0.6

Rasoolpur 20 handloom units 20 20 4 0.24

Jamo 40 shops 40 4 0.48

Jamo 80 shops 80 4 0.96

Mohna 40 shops 40 4 0.48

Pure zalim 40 shops 40 4 0.48

Kadipur 40 shops 40 4 0.48

Pure pandey, saidpur 40 shops 40 4 0.48

Godiyan ka purva 10 households 10 10 4 0.12

Mejarganj 40 shops 40 4 0.48

Raniganj 100 shops 100 4 1.2

Badosarai 40 shops 40 4 0.48

Bamhrauli 20 households 20 20 4 0.24

Manikapur 40 shops 40 4 0.48

Katehti 10 poultry 10 12 0.36

Rasoolpur chauraha 40 shops 40 4 0.48

Jamo 40 shops 40 4 0.48

Mohna 40 shops 40 4 0.48



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3. Technology: Selection & Design

Technology Selection

An assessment was made to evaluate the energy demand for the selected sites .The power

requirement for the lighting load was estimated to be relatively low due to lower number of houses .Solar PV technology with DC micro grid setup was selected as the most suitable

clean energy based solution for the intervention.

3.1 DC Micro Grid Technology

The interest in DC micro grids over the past 10 years has been growing. A micro grid consists of interconnected distributed energy resources capable of providing energy to a significant portion of internal load demand. A DC micro grid can be deployed in a portion of a building, building-wide or covering several buildings.

1W,2W

LED load

1W,2W

LED load1W,2W

LED load1W,2W

LED load

1W,2W

LED load

Battery BankCharge Controller

Solar Array

Junction Box

Figure 2: Schematic for a DC Micro Grid

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3.2 Proposed Configurations of DC Micro Grids at different project sites

3.2.1 DC micro grid for 10 numbers house hold / 10 number business center

One unit of solar micro grid consist of following

1. One number of 12V, 75 W solar module

2. One number of 12V-75Ah battery

3. One number of 12V-10A charge controller unit

4. One number 1 W and one number 2 W LED Luminary for each house hold and one

number 3 W LED luminary for each business center.

5. Ten numbers house hold / business center will be connected through suitable cable

Figure 3: Line diagram of a DC micro-grid with 10HH

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

Battery

12V-75Ah

Solar Module

12V, 75 W

CCU

12V, 10A

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Table 3.2.1: Technical specification of each configuration for a DC micro-grid for 10HH is

given below

Features / Parameters Requirements

Solar PV Module

Power rating Power output of 75 W @ 16.4V under STC for a 12V Systems

Battery

Type of battery Lead acid positive tubular plate

Nominal voltage 12V

Capacity @ C/10 75 Ah

Charge controller unit

Nominal Voltage 12V

Capacity 10A

Protection Battery reverse polarity protection

Reverse flow protection

Short circuit protection

Over charge / over voltage protection

Deep – discharge protection

Load reconnect

Temperature compensation

The over current device shall be rated for at least 156 % of

the short circuit current.

Indication When battery is charging

When battery is fully charged

Battery low indication

Idle current < 10 mA

CCU efficiency CCU efficiency : 85 % (Min )

LED Luminary

Nominal Voltage 12V

12

Nominal wattage 1 W & 2 W for house hold and 3 W for business center

Electronics Efficiency 80 % ( min )

Type of LED White Power LED

Mounted Wall mounted

Lumen efficiency 100 lumen per watt (min)

View angles 120 deg (Min ), LEDs which emit ultraviolet light is not

permitted

Switch Each luminary should be ON / OFF switch

DC Electricity Distribution

Nominal voltage 12V

Type of wire Two core copper wire

Size of wire 4 mm2

Number of house hold / business center

connected

10 numbers

Mounting Structure

The mounting structure shall be of galvanized metallic frame

of M.S. Flat / Angle with corrosion free



1. Two number of 12V, 75W solar module (24V, 150Wp)

2. Two number of 12V-75Ah solar battery (24V-75Ah)


4. One number of 1W and one number of 2W LED Luminary for each house hold and

one number of 3W LED luminary for each business center.


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Figure 3.2.2: Line diagram of a DC micro-grid with 20HH


given below


Solar PV Module

Power rating Power output of 150W @ 32.8V under STC for a 24V Systems

Battery


House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

Battery

12V-75Ah

Solar Module

12V, 75 W

CCU

24V, 10A

Solar Module

12V, 75 W

Battery

12V-75Ah

14

Nominal voltage 24V



Nominal Voltage 24V

Capacity 10A






Load reconnect







Idle current

15


Nominal voltage 24V


Size of wire 4 mm2


connected

20 Numbers

Mounting Structure





1. Two number of 12V, 150W solar module (24V, 300Wp)

2. Two number of 12V-150Ah solar battery (24V-150Ah)


4. One number of 1W and one number of 2 W LED Luminaries for each house hold and one number of 3W LED luminary for each business center.


16

Figure 3.2.3: Line diagram of a DC micro-grid with 40HH


given below


Solar PV Module

Power rating Power output of 300Wp @ 32.8V under STC for a 24V

Systems

Battery


House

LED Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

House

LED

Luminary

Battery

12V-150Ah

Solar Module

12V, 150 W

CCU

24V, 20A

Solar Module

12V, 150 W

Battery

12V-150Ah

17

Nominal voltage 24V



Nominal Voltage 24V

Capacity 20A






Load reconnect







Idle current

18


Nominal voltage 24V


Size of wire 6 mm2


connected

40 Numbers

Mounting Structure



TECHNO-ECONOMIC DETAILS:

The project includes an entrepreneurial model of electricity service and delivery. A local solar entrepreneur is the owner of the DC micro grid setup. The connections from the grid

have been provided to the households in exchange for a monthly fee. The part of revenues

collected is used to cover the operational and maintenance costs and the rest amount can be a source of income generation.

Also the consumers tend to get benefited from the extra hours of lighting facilities available

to them, which can add to their livelihood generation and improve their socio-economic

conditions.

The table below gives the techno-economical details of the project implementation site. This

also gives the detail in equity share holding for the private entrepreneur:

SN

o.

Site No

of

conn

ectio

n

No

of

3W

LED

No

of

2W

LED

No

of

1W

LE

D

Usag

e hrs

Syste

m

volta

ge

SPV

capa

city

Batte

ry

CCU Approx.

cost

TERI Entrepr

eneur

Village hrs In

Volt

In

Wp

In

Volt

- Ah

Amp Rs. Share (55

%) Rs.

Share

(45%)

Rs.

1 Shivgarh 95 95 4 24 800 24V-

400A

h

30 310803 170942 139861

2 Kalu

khera

100 100 4 24 800 24V-

400A

h

30 310803 170942 139861

3 Pure 20 20 20 4 24 150 24V- 15 62000 34100 27900

19

Tiwaripu

r

75Ah

4 Amilahar

a

20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

5 Gulalpur 20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

6 Misrauli 20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

7 dakhin

goan

20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

8 Imli goan 20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

9 Phanhun

a

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

10 Phanhun

a

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

11 Kintoor 25 25 25 5 24 300 24V-

150A

h

20 124734 68604 56130

12 Chaksikh

ti, PO

Islampur

a

100 100 100 5 24 1000 24V-

500A

h

40 361550 198853 162698

13 naveda 40 40 40 5 24 400 24V-

200A

h

20 144900 79695 65205

14 rasoolpur 20 20 20 4 24 150 24V-

75Ah

15 62000 34100 27900

15 Bhawanig

arh

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

16 Zamalpur

, rampur

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

17 Bhatgoan

va

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

18 Purabgoa

n,

jagdishpu

r

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

20

19 jamo 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

20 jamo 80 80 4 24 600 24V-

300A

h

30 230750 126913 103838

21 Mohna 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

22 Pure

zalim

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

23 kadipur 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

24 Asandra 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

25 Pure

pandey,

saidpur

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

26 Tursamp

ur, PO

Palpur

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

27 Godiyan

ka purva

10 10 10 4 12 75 12V-

75Ah

10 30000 16500 13500

29 Mejarganj 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

29 Raniganj 100 100 4 24 800 24V-

400A

h

30 310803 170942 139861

30 Badosarai 40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

31 Bamhraul

i

20 20 20 4 24 150 24V-

75Ah

10

32 Manikap

ur

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

33 Katehti 10 10 12 24 200 24V-

100A

h

15 51550 28352.5 23197.5

21

34 Rasoolpu

r

chauraha

40 40 4 24 300 24V-

150A

h

20 124734 68604 56130

1400 4430371 2436704 1993667

technical scoping report- nfa u.p....requirement for the lighting load was estimated to be...

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